Legal claims defining the scope of protection, as filed with the USPTO.
2. The method for generating a composite visibility indicator according to claim 1, wherein the first indicator further comprises a measurement of a number of texts, each text being associated with an author and with an entity of the first category selected within the first zone.
3. The method for generating a composite visibility indicator according to claim 1, wherein the second indicator further comprises at least one of a criterion of technical performance of the first web page and/or a criterion of accessibility of the first web page.
4. The method for generating a composite visibility indicator according to claim 3, wherein the criterion of technical performance of the first web page comprises at least one of a first criterion of loading time of the web page, a second criterion of refresh time of the web page, a third criterion of weight in bytes of the web page, and a fourth criterion of compatibility with a terminal.
5. The method for generating a composite visibility indicator according to claim 3, wherein the criterion of accessibility of the first web page comprises a first criterion of adaptability of the font size of a content of the web page.
8. The method for generating a composite visibility indicator according to claim 7, wherein the generation of the digital resource locator is activated as a function of at least one criterion of the user profile.
11. The method for generating a composite visibility indicator according to claim 10, wherein the standardized value of the value quantifying the traffic is established from a plurality of traffic measurements of entities of a same first category in the same first zone.
12. The method for generating a composite visibility indicator according to claim 1, wherein the method is reiterated for a plurality of entities of a same category, in a predefined geographical zone, a set of composite visibility indicators being generated.
13. The method for generating a composite visibility indicator according to claim 12, further comprising generating a first mapping whose distance resolution is defined according to the size of the first zone and whose centering is a function of the given position, the method comprising, for each entity present in the first zone, generating a graphic symbol at a given position, said given position being extracted from the georeferencing of the digital resource locator associated with said entity, each graphic symbol comprising a digital piece of data corresponding to a score associated with the composite visibility indicator.
14. The method for generating a composite visibility indicator according to claim 12, further comprising generating a second mapping whose distance resolution is defined such that a region comprising a plurality of predefined positions, corresponding to a set of respective first entities georeferenced, the set of respective first entities georeferenced representing a group, a centering of the represented region being a function of the set plurality of predefined positions, the method comprising, for each first entity of the group present in the region, generating a graphic symbol at each given position, each graphic symbol comprising a digital piece of data corresponding to a score associated with the composite visibility indicator.
15. The method for generating a composite visibility indicator according to claim 12, further comprising generating a list of composite visibility indicators, comparing at least one first composite visibility indicator with the other composite visibility indicators being performed to determine a given strategy, a strategy comprising at least one list of actions organized to generate an increase in a value of a score of the at least one first composite visibility indicator.
17. The method for generating a composite visibility indicator according to claim 15, wherein at least one strategy is generated as a function of data from a neural network having as an input, indicator score data associated with zones and categories, said scores having been previously calculated subsequently to the application of strategies.
Unknown
January 16, 2024
Browse 5M+ US patents with plain-English claim translations and AI-generated analysis.